Assemblable faucet

ABSTRACT

An assemblable faucet includes a body having a holder, at least one inlet, an outlet located at the holder, a channel communicating with the inlet and the outlet, and at least one valve seat communicating with the channel; the valve seat being used to receive and position a control valve set to control water from the inlet to flow toward the outlet; an outlet pipe including an inflow connector with an aperture, including a spray head with a spout, and including a tunnel communicating with the inflow connector and the spray head; the inflow connector being tightly connected to the holder of the body so that the aperture is in communication with the outlet of the holder, such that the water from the outlet of the body flows to the spout along the tunnel of the outlet pipe.

This application is a Continuation-in-Part of application Ser. No12/700,431, filed Feb. 4, 2010.

BACKGROUND OF THE INVENTION

1. Field of the Invention

The present invention relates to an assemblable faucet.

2. Background of the Invention

A body of conventional assemblable faucet and a conventional outlet pipeare made of cooper material with lead substances by casting and coopertube inflating method, and then they are worked mechanically, trimmed,and polished in order. To prevent lead pollution, a lead eliminatingprocess is necessary, and an inflow connector and an outlet connectorare pre-formed and then welded manually to connect with the body to formthe outlet pipe. Thereafter, the formed outlet pipe are welded with thebody of the faucet together to have the surface working process, hencethe body of the faucet and the outlet pipe are integrally welded, casingpollution, high production cost, and low product yield. Besides, thebody is made of cooper material to have heavy weight that is carriedinconveniently.

The present invention has arisen to mitigate and/or obviate theafore-described disadvantages.

SUMMARY OF THE INVENTION

The primary object of the present invention is to provide an assemblablefaucet which is capable of overcoming the shortcomings of theconventional plastic outlet pipe and making process thereof.

A further object of the present invention is to provide an assemblablefaucet which the body and the outlet pipe are assembled together in amovable assembling manner instead of a conventional welding structure sothat the body and the outlet pipe are one piece made of plastic materialinstead of cooper material with lead substances to lower welding andlead-eliminating costs, to enhance product yield, and to simplifymanufacturing process.

Another object of the present invention is to provide an assemblablefaucet which the manufacture pollution is overcome, and the assemblablefaucet is mass produced quickly and at good quality.

Also another object of the present invention is to provide anassemblable faucet which the assemblable faucet rejection molded fromplastic material is light to be portable easily.

An assemblable faucet in accordance with the present invention contains:

a body one piece one piece made of plastic material and including aholder, at least one inlet, an outlet located at the holder, a channelcommunicating with the inlet and the outlet, and at least one valve seatcommunicating with the channel; the valve seat being used to receive andposition a control valve set so as to control water from the inlet toflow toward the outlet;

an outlet pipe one piece made of plastic material and including aninflow connector with an aperture, a spray head with a spout, and atunnel communicating with the inflow connector and the spray head; theinflow connector being tightly connected to the holder of the body sothat the aperture is in communication with the outlet of the holder,such that the water from the outlet of the body flows to the spout alongthe tunnel of the outlet pipe;

wherein the insertion of the outlet pipe is inserted to the holder ofthe body to be retained;

wherein the holder includes an engaging portion integrally extendingfrom an outer wall of the body, and an inner chamber located at theengaging portion, the engaging portion includes an engagement room, andthe engagement room includes at least one orifice disposed on an innerrim thereof, and includes an inner chamber mounted on a lower sidethereof; and the inner chamber includes an outlet disposed on a bottomend thereof and a hole mounted on a top end thereof; the inflowconnector of the outlet pipe includes an insertion and a connectionportion fixed in the insertion, the insertion is inserted to the innerchamber from the engagement room and the hole of the body, and includesat least one slot arranged around an outer rim thereof to fit a pad soas to engage with an inner wall of the inner chamber; and the connectingportion includes at least one defining ball secured on an outer rimthereof, and the at least one defining ball is pressed by a compressionspring to extend outward so as to be engaged in the at least one orificeof the engagement room.

The engagement room of the body includes at least one attracting elementretained in an inner rim thereof, and each of the at least oneattracting element of the engagement room has the at least one orifice,such that the at least one defining ball is retained and attracted inthe at least one orifice.

The engagement room is one of a magnet and a magnetically attractivematerial, and each defining ball is the other of the magnet and themagnetically attractive material.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a perspective view showing a body of an assemblable faucetbeing assembled with an outlet pipe in accordance with a firstembodiment of the present invention.

FIG. 2 is a perspective view showing the exploded components of the bodyof the assemblable faucet and the outlet pipe in accordance with thefirst embodiment of the present invention.

FIG. 3 is a perspective view showing the cross section of theassemblable faucet in accordance with the first embodiment of thepresent invention.

FIG. 4 is another perspective view showing the cross section of theassemblable faucet in accordance with the first embodiment of thepresent invention.

FIG. 5 is a perspective view showing the cross section of the outletpipe in accordance with the first embodiment of the present invention.

FIG. 6 is a partial perspective view showing a connection of an outletof the body in accordance with the first embodiment of the presentinvention.

FIG. 7 is a partial perspective view showing a connection of the outletpipe in accordance with the first embodiment of the present invention.

FIG. 8 is a partial perspective view showing a connection of an outletof the body in accordance with a second embodiment of the presentinvention.

FIG. 9 is another partial perspective view showing the connection of theoutlet of the body in accordance with the second embodiment of thepresent invention.

FIG. 10 is a perspective view showing the cross section of anassemblable faucet in accordance with a third embodiment of the presentinvention.

FIG. 11 is a perspective view showing the cross section of anassemblable faucet in accordance with a fourth embodiment of the presentinvention.

FIG. 12 is an amplified perspective view of a part of A portion of FIG.11.

FIG. 13 is an amplified perspective view showing the cross section of anassemblable faucet in accordance with a fifth embodiment of the presentinvention.

FIG. 14 is a perspective view showing the exploded components of a bodyof an assemblable faucet and an outlet pipe in accordance with a sixthembodiment of the present invention.

FIG. 15 is a partial perspective view showing a connection of an outletof the body in accordance with the sixth embodiment of the presentinvention.

FIG. 16 is a partial perspective view showing a connection of an outletof a body in accordance with a seventh embodiment of the presentinvention.

FIG. 17 is a partial perspective view showing a connection of an outletof a body in accordance with an eighth embodiment of the presentinvention.

FIG. 18 is a partial perspective view showing a connection of an outletpipe in accordance with an eighth embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

Referring to FIGS. 1-5, an assemblable faucet according to a firstembodiment of the present invention comprises a body 10 and an outletpipe 20, wherein

the body 10 is one piece made of plastic material, and the plasticmaterial includes nylon mixed and glass fiber mixed together, the body10 includes a first part member pre-injection molded and a second partmember rejection molded and integrally wrapped by the first part member.In this embodiment, the body 10 is provided with double inlets andformed in a H shape, and also includes two longitudinal segments 101disposed on two sides thereof respectively, and includes a lateralsegment 102 defined between and communicating with the two longitudinalsegments 101. The body 10 further includes a holder 11, two inlets 12,an outlet 13 located at the holder 11, a channel 14 communicating withthe inlets 12 and the outlet 13, and two valve seats 15 communicatingwith the channel 14.

The valve seat 15 is formed on a top end of the longitudinal segment101, and the longitudinal segment 101 includes a support foot 16extending from a bottom end of the valve seat 15, the inlet 12 is formedon a bottom end of the support foot 16, wherein one inlet 12 is used tofeed cold water, and another inlet 12 is applied to feed hot water. Thevalve seat 15 includes a receiving groove 151 as shown in FIG. 5 toreceive and position a control valve set used to control cold and hotwaters to flow toward the outlet 13 individually. The holder 11 and theoutlet 13 are defined on a middle portion of the lateral segment 102.

The holder 11 includes two fixing paws 11 a integrally extending from anouter wall of the body 10, and an inner chamber 11 b defined between thefixing paws 11 a as illustrated in FIGS. 3-6. The fixing paw 11 aincludes a vertically extending portion 111, and the extending portion111 includes a hook 112 disposed on a top end thereof. The inner chamber11 b includes the outlet 12 disposed on a bottom end thereof and a hole113 mounted on a top end thereof, and the hole 113 includes a retainingrecess 115 defined between a peripheral side 114 thereof and the fixingpaws 11 a as shown in FIGS. 2 and 6.

The outlet pipe 20 includes an inflow connector 21 with an aperture 211and a spray head 22 with a spout 221, and a tunnel 23 communicating withthe inflow connector 21 and the spray head 22. The inflow connector 21is tightly connected to the holder 11 of the body 10 as illustrated inFIGS. 1, 3, and 4 so that the aperture 211 is in communication with theoutlet 13 of the holder 11, such that the cold, hot, or mixed cold andhot water flows to the spout 221 along the tunnel 23 of the outlet pipe20.

The inflow connector 21 of the outlet pipe 20 includes an insertion 21 aand a rotatable locking portion 21 b fixed in the insertion 21 a asshown in FIG. 7, the insertion 21 a is inserted to the inner chamber 11b from the hole 113 of the body 10, and includes two slots 212 arrangedaround an outer rim thereof to fit two pads 213 individually so as toengage with an inner wall of the inner chamber 11 b. The rotatablelocking portion 21 b includes two symmetrical L-shaped projections 214attached on an outer surface thereof to be retained to the retainingrecesses 115. The projection 214 includes a stop wall 215 disposedthereon so that the projection 214 is rotated into the retaining recess115 at a predetermined angle, and the hooks 112 are stopped and limitedby each other, and the projection 214 includes a guiding plane 216formed on a top end thereof proximate to a rotated side thereof so thatthe projection 214 is rotated into the retaining recess 115 by using theguiding plane 216, and the top and the bottom surfaces of the projection214 engage with a bottom surface of the hook 112 and the peripheral side114 tightly.

In the assembly, the insertion 21 a of the inflow connector 21 isaligned to the inner chamber 11 b of the body 10, and the projection 214leaves the fixing paw 11 a away so that the insertion 21 a is insertedto the inner chamber 11 b from the hole 113 until the top surface of theprojection 214 engages with the peripheral side 114. Thereafter, theoutlet pipe 20 is rotated 90 degrees in anticlockwise direction so thatthe rotated side of the projection 214 is rotated to engage with theretaining recess 115 until the stop wall 215 contacts with the hook 112,therefore the projection 214 is retained in the retaining recess 115,and the insertion 21 a of the outlet pipe 20 is fitted to the innerchamber 11 b tightly, assembling the outlet pipe 20 to the body 10easily.

The support foot 16 of body 10 further includes a section of outerthread integrally formed thereon to position the body 10. However, theouter threads of the support foot 16 can be replaced by a cooper sleevefitted thereon, and the cooper sleeve includes external threads formedon an outer periphery thereof.

Referring to FIGS. 8 and 9, a difference of an assemblable faucetaccording to a second embodiment of the present invention from that ofthe first embodiment comprises:

at least one fixing paw 11 a, and each fixing paw 11 a including a hook112, wherein the hook 112 has a first attracting element 10 a; and

each of two symmetrical L-shaped projections 214 having a stop wall 215,wherein the stop wall 215 has a second attracting element 20 a;

such that the first attracting element 10 a attracts with the secondattracting element 20 a so as to connect a body 10 with an outlet pipe20 fixedly and accurately.

The first attracting element 10 a of each fixing paw 11 a is one of amagnet and a magnetically attractive material, and the second attractingelement 20 a of each L-shaped projections 214 is the other of the magnetand the magnetically attractive material.

Referring to FIG. 10, a difference of an assemblable faucet according toa third embodiment of the present invention from that of the firstembodiment is change a rotatably engaging method of the first embodimentto a rotatably screwing method. For example, the two fixing paws 11 aare changed to a screwing portion 11 c with a bore 116, and the innerchamber 11 b, the outlet 13, and the hole 113 are kept. The rotatablelocking portion 21 b of the inflow connector 21 of the outlet pipe 20 ischanged to a coupling portion 21 c with external screws 217 arrangedaround an outer rim thereof such that when the external screws 217 ofthe coupling portion 21 c of the inflow connector 21 is screwed with thebore 116 of the screwing portion 11 c, the insertion 21 a is rotatablyscrewed to the inner chamber 11 b from the hole 113 of the body 10 sothat the insertion 21 a engages with the inner chamber 11 b tightly,assembling the body 10 to the outlet pipe 20 easily.

With reference to FIGS. 11 and 12, a difference of an assemblable faucetaccording to a fourth embodiment of the present invention from that ofthe first embodiment is change a rotatably engaging method of the firstembodiment to an engageably inserted method. For example, the two fixingpaws 11 a are changed to an engaging portion 11 d. The engaging portion11 d includes an engagement room 117, and the engagement room 117includes at least one orifice 118 disposed on an inner rim thereof. Inthis embodiment, two symmetrical orifices 118 are provided, and theengagement room 117 includes an inner chamber 11 b mounted on a lowerside thereof, a hole 113 fixed on a top end thereof, and an outlet 13attached on a bottom end thereof. The rotatable locking portion 21 b ofthe inflow connector 21 of the outlet pipe 20 is changed to a connectingportion 21 d, and the connecting portion 21 d includes at least onedefining ball 218 secured on an outer rim thereof. In this embodiment,two symmetrical defining balls 218 are provided, and the defining ball218 is pressed by a compression spring 219 to extend outward so as to beengaged in the orifice 118 of the engagement room 117 of the body 10. Toalign the defining ball 218 to the orifice 118 easily, a sliding groovefixed to an inner rim of an upper side of the orifice 118 relative tothe engagement room 117 to position the defining ball 218 precisely andquickly and to slide the defining ball 118 to the sliding groove,accordingly when the outlet pipe 20 is retained with the orifice 118 ofthe engagement room 117 of the body 10 by using the defining ball 218 ofthe connecting portion 21 d of the inflow connector 21, the insertion 21a is inserted to the hole 113 of the inner chamber 11 b from the body 10to be retained.

With reference to FIG. 13, a difference of an assemblable faucetaccording to a fifth embodiment of the present invention from that ofthe fourth embodiment comprises:

an engagement room 117 of a body 10 including at least one thirdattracting element 10 b retained in an inner rim thereof, and each ofthe at least one third attracting element 10 b having two symmetricalorifices 118, such that two symmetrical defining balls 218 are retainedand attracted in the two symmetrical orifices 118 so as to connect abody 10 with an outlet pipe 20 fixedly and accurately.

Each third attracting element 10 b is one of a magnet and a magneticallyattractive material, and the defining ball 218 is the other of themagnet and the magnetically attractive material.

The body 10 and the outlet pipe 20 are assembled together in a movableassembling manner instead of a conventional welding structure so thatthe body 10 and the outlet pipe 20 are one piece made of plasticmaterial instead of cooper material with lead substances to lowerwelding and lead-eliminating costs, to enhance product yield, and tosimplify manufacturing process. Furthermore, the manufacture pollutionis overcome, and the assemblable faucet is mass produced quickly and atgood quality. Also, the assemblable faucet rejection molded from plasticmaterial is light to be portable easily.

With reference to FIGS. 14 and 15, a difference of an assemblable faucetaccording to a sixth embodiment of the present invention comprises:

a holder 11 including a peripheral fringe 110 extending from an outerwall of a body 10 so as to replace the two fixing paws 11 a and todefine the inner chamber 11 b; the inner chamber 11 b including twoL-shaped fastening trenches 17 symmetrically defined on an inner wallthereof, and each L-shaped fastening trench 17 having a longitudinalpassageway 171 axially extending therealong and a horizontal passageway172 circumferentially extending therealong and communicating with thelongitudinal passageway 171.

A rotatable locking portion 21 b of an inflow connector 21 of an outletpipe 20 includes two locating protrusions 24 symmetrically projectingfrom an outer wall thereof so as to slide into two longitudinalpassageways 171 of two L-shaped fastening trenches 17 and to retain withtwo horizontal passageways 172.

With reference to FIG. 16, a difference of an assemblable faucet of aseventh embodiment from that of the sixth embodiment comprises:

a horizontal passageway 172 of each L-shaped fastening trench 17 havingat least one engagement tooth 173 and a notch 174, such that each of twolocating protrusions 24 is retained in the notch 174 via the at leastone engagement tooth 173 securely so as to increase rotary resistance.

With reference to FIGS. 17 and 18, a difference of an assemblable faucetof an eighth embodiment from that of the sixth embodiment comprises:

a horizontal passageway 172 of each L-shaped fastening trench 17 havinga fourth attracting element 175 mounted therein, and each of twolocating protrusions 24 having a fifth attracting element 241, such thatthe fourth attracting element 175 attracts with the fifth attractingelement 241 after rotating each locating protrusion 24 into thehorizontal passageway 172, thus connecting a body 10 with an outlet pipe20 fixedly and accurately.

The fourth attracting element 175 is one of a magnet and a magneticallyattractive material, and the fifth attracting element 241 of eachlocating protrusions 24 is the other of the magnet and the magneticallyattractive material.

The scope of the claims should not be limited by the preferredembodiments set forth in the examples, but should be given the broadestinterpretation consistent with the description as a whole.

What is claimed is:
 1. An assemblable faucet comprising a body one pieceone piece made of plastic material and including a holder, at least oneinlet, an outlet located at the holder, a channel communicating with theinlet and the outlet, and at least one valve seat communicating with thechannel; the valve seat being used to receive and position a controlvalve set so as to control water from the inlet to flow toward theoutlet; an outlet pipe one piece made of plastic material and includingan inflow connector with an aperture, a spray head with a spout, and atunnel communicating with the inflow connector and the spray head; theinflow connector being tightly connected to the holder of the body sothat the aperture is in communication with the outlet of the holder,such that the water from the outlet of the body flows to the spout alongthe tunnel of the outlet pipe; wherein the insertion of the outlet pipeis inserted to the holder of the body to be retained; wherein the holderincludes an engaging portion integrally extending from an outer wall ofthe body, and an inner chamber located at the engaging portion, theengaging portion includes an engagement room, and the engagement roomincludes at least one orifice disposed on an inner rim thereof, andincludes an inner chamber mounted on a lower side thereof; and the innerchamber includes an outlet disposed on a bottom end thereof and a holemounted on a top end thereof; the inflow connector of the outlet pipeincludes an insertion and a connection portion fixed in the insertion,the insertion is inserted to the inner chamber from the engagement roomand the hole of the body, and includes at least one slot arranged aroundan outer rim thereof to fit a pad so as to engage with an inner wall ofthe inner chamber; and the connecting portion includes at least onedefining ball secured on an outer rim thereof, and the at least onedefining ball is pressed by a compression spring to extend outward so asto be engaged in the at least one orifice of the engagement room.
 2. Theassemblable faucet as claimed in claim 1, wherein the engagement room ofthe body includes at least one attracting element retained in an innerrim thereof, and each of the at least one attracting element of theengagement room has the at least one orifice, such that the at least onedefining ball is retained and attracted in the at least one orifice. 3.The assemblable faucet as claimed in claim 2, wherein each of theengagement room is one of a magnet and a magnetically attractivematerial, and each defining ball is the other of the magnet and themagnetically attractive material.
 4. The assemblable faucet as claimedin claim 1, wherein the body is formed in a H shape, and includes twolongitudinal segments disposed on two sides thereof respectively, andincludes a lateral segment defined between and communicating with thetwo longitudinal segments; the longitudinal segment includes the valveseat formed on a top end thereof, and includes a support foot extendingfrom a bottom end thereof, the support foot includes the inlet formed ona bottom end thereof, the holder and the outlet are defined on a middleportion of the lateral segment.
 5. The assemblable faucet as claimed inclaim 4, wherein the support foot further includes a section of outerthread integrally formed thereon
 6. The assemblable faucet as claimed inclaim 4, wherein the support foot includes a cooper sleeve fittedthereon, and the cooper sleeve includes external threads formed on anouter periphery thereof.
 7. An assemblable faucet comprising a body onepiece one piece made of plastic material and including a holder, atleast one inlet, an outlet located at the holder, a channelcommunicating with the inlet and the outlet, and at least one valve seatcommunicating with the channel; the valve seat being used to receive andposition a control valve set so as to control water from the inlet toflow toward the outlet; an outlet pipe one piece made of plasticmaterial and including an inflow connector with an aperture, a sprayhead with a spout, and a tunnel communicating with the inflow connectorand the spray head; the inflow connector being tightly connected to theholder of the body so that the aperture is in communication with theoutlet of the holder, such that the water from the outlet of the bodyflows to the spout along the tunnel of the outlet pipe; wherein theholder includes a peripheral fringe extending from an outer wall of thebody so as to define an inner chamber in the peripheral fringe; theinner chamber includes two L-shaped fastening trenches symmetricallydefined on an inner wall thereof, and each L-shaped fastening trench hasa longitudinal passageway axially extending therealong and a horizontalpassageway circumferentially extending therealong and communicating withthe longitudinal passageway; the engagement room includes at least oneorifice disposed on an inner rim thereof, and includes an inner chambermounted on a lower side thereof; and the inner chamber includes theoutlet disposed on a bottom end thereof and a hole mounted on a top endthereof; the inflow connector of the outlet pipe includes an insertionand a rotatable locking portion fixed in the insertion, the insertion isinserted to the inner chamber from the hole of the body and includes atleast one slot arranged around an outer rim thereof to fit a pad so asto engage with an inner wall of the inner chamber; and the rotatablelocking portion includes two locating protrusions symmetricallyprojecting from an outer wall thereof so as to slide into twolongitudinal passageways of two L-shaped fastening trenches and toretain with two horizontal passageways.
 8. The assemblable faucet asclaimed in claim 7, wherein the horizontal passageway of each L-shapedfastening trench has at least one engagement tooth and a notch, suchthat each locating protrusion is retained in the notch via the at leastone engagement tooth.
 9. The assemblable faucet as claimed in claim 7,wherein the horizontal passageway of each L-shaped fastening trench hasa first attracting element mounted therein, and each locating protrusionhas a second attracting element, such that the first attracting elementattracts with the second attracting element after rotating each locatingprotrusion into the horizontal passageway.
 10. The assemblable faucet asclaimed in claim 9, wherein the first attracting element is one of amagnet and a magnetically attractive material, and the second attractingelement of each locating protrusions is the other of the magnet and themagnetically attractive material.
 11. The assemblable faucet as claimedin claim 7, wherein the body is formed in a H shape, and includes twolongitudinal segments disposed on two sides thereof respectively, andincludes a lateral segment defined between and communicating with thetwo longitudinal segments; the longitudinal segment includes the valveseat formed on a top end thereof, and includes a support foot extendingfrom a bottom end thereof, the support foot includes the inlet formed ona bottom end thereof, the holder and the outlet are defined on a middleportion of the lateral segment.
 12. The assemblable faucet as claimed inclaim 11, wherein the support foot further includes a section of outerthread integrally formed thereon
 13. The assemblable faucet as claimedin claim 11, wherein the support foot includes a cooper sleeve fittedthereon, and the cooper sleeve includes external threads formed on anouter periphery thereof.
 14. An assemblable faucet comprising a body onepiece one piece made of plastic material and including a holder, atleast one inlet, an outlet located at the holder, a channelcommunicating with the inlet and the outlet, and at least one valve seatcommunicating with the channel; the valve seat being used to receive andposition a control valve set so as to control water from the inlet toflow toward the outlet; an outlet pipe one piece made of plasticmaterial and including an inflow connector with an aperture, a sprayhead with a spout, and a tunnel communicating with the inflow connectorand the spray head; the inflow connector being tightly connected to theholder of the body so that the aperture is in communication with theoutlet of the holder, such that the water from the outlet of the bodyflows to the spout along the tunnel of the outlet pipe; wherein theinflow connector of the outlet pipe is rotatably engaged to the holderof the body; wherein the holder includes two fixing paws integrallyextending from an outer wall of the body, and an inner chamber definedbetween the fixing paws, and the extending portion includes a hookdisposed on a top end thereof; the inner chamber includes the outletdisposed on a bottom end thereof and a hole mounted on a top endthereof, and the hole includes a retaining recess defined between aperipheral side thereof and the fixing paws; the inflow connector of theoutlet pipe includes an insertion and a rotatable locking portion fixedin the insertion, the insertion is inserted to the inner chamber fromthe hole of the body, and includes at least one slot arranged around anouter rim thereof to fit a pad so as to engage with an inner wall of theinner chamber; the rotatable locking portion includes two symmetricalprojections attached on an outer surface thereof to be retained to theretaining recesses; wherein the projection includes a stop wall disposedthereon so that the projection is rotated into the retaining recess at apredetermined angle, and the hooks are stopped and limited by eachother; wherein the projection is formed in a L shape and includes aguiding plane formed on a top end thereof proximate to a rotated sidethereof.
 15. The assemblable faucet as claimed in claim 14, wherein thehook has a first attracting element; and the stop wall has a secondattracting element, such that the first attracting element attracts withthe second attracting element.
 16. The assemblable faucet as claimed inclaim 15, wherein the first attracting element of each fixing paw is oneof a magnet and a magnetically attractive material, and the secondattracting element of each L-shaped projection is the other of themagnet and the magnetically attractive material.
 17. The assemblablefaucet as claimed in claim 14, wherein the body is formed in a H shape,and includes two longitudinal segments disposed on two sides thereofrespectively, and includes a lateral segment defined between andcommunicating with the two longitudinal segments; the longitudinalsegment includes the valve seat formed on a top end thereof, andincludes a support foot extending from a bottom end thereof, the supportfoot includes the inlet formed on a bottom end thereof, the holder andthe outlet are defined on a middle portion of the lateral segment. 18.The as semblable faucet as claimed in claim 17, wherein the support footfurther includes a section of outer thread integrally formed thereon 19.The assemblable faucet as claimed in claim 17, wherein the support footincludes a cooper sleeve fitted thereon, and the cooper sleeve includesexternal threads formed on an outer periphery thereof.